Graphics
| Maximum graphics adapter memory |
256 MB |
| Graphics adapter family |
Intel |
Other features
| Battery recharge time (on) |
5.5 h |
| Battery recharge time (off) |
5.5 h |
| On-board graphics adapter |
Y |
| Docking connector |
Y |
| Wi-Fi |
Y |
Ports & interfaces
| SmartCard slot |
Y |
| Headphone out |
N |
| DC-in jack |
Y |
Processor
| Processor cache |
0.512 MB |
| Processor lithography |
45 nm |
| Thermal Monitoring Technologies |
Y |
| Thermal Design Power (TDP) |
2.4 W |
| Processor package size |
13 mm |
| Processor ARK ID |
35460 |
| Processor code |
SLB2M |
| Scenario Design Power (SDP) |
0.96 W |
| Processor cache type |
L2 |
| Conflict Free processor |
N |
| Number of Processing Die Transistors |
47 M |
| Tjunction |
90 °C |
| FSB Parity |
N |
| Processor front side bus |
533 MHz |
| CPU multiplier (bus/core ratio) |
14 |
| Processor operating modes |
32-bit |
| Stepping |
C0 |
| Processor cores |
1 |
| Supported instruction sets |
SSE2, SSE3, SSSE3 |
| Bus type |
FSB |
| Processor frequency |
1.86 GHz |
Processor special features
| Execute Disable Bit |
Y |
| Idle States |
Y |
| Intel Trusted Execution Technology |
N |
| Intel Virtualization Technology (VT-x) |
Y |
| Intel 64 |
N |
| Embedded options available |
N |
| Intel Virtualization Technology for Directed I/O (VT-d) |
N |
| Intel Hyper-Threading Technology |
Y |
| Intel® Turbo Boost Technology |
N |
| Intel Enhanced Halt State |
Y |
| Enhanced Intel SpeedStep Technology |
Y |
| Intel Demand Based Switching |
Y |
Performance
| Position location |
N |
| Trusted Platform Module (TPM) |
Y |
| GPS (satellite) |
N |
Camera
| Main camera resolution (numeric) |
2 MP |
| Built-in camera |
Y |
Networking
| Bluetooth version |
3.0+EDR |
| Bluetooth |
Y |
Storage
| Card reader integrated |
N |
| Internal storage capacity |
80 GB |
Design
| Fingerprint reader |
Y |
| Form factor |
Slate |
Display
| Touch technology |
Dual-touch |
Power
| AC adapter input voltage |
100 - 240 V |
| AC adapter frequency |
50/60 Hz |
Software
| Platform |
Windows |
| Operating system version |
Professional |
Additionally
| Hard disk drive, user password |
Y |
| Battery performance |
2900 mAh |
| Processing die size |
26 mm² |
| Graphics |
GMA 500 |
Windows 7 Professional, Intel Atom Z540 1.86GHz, 26.416 cm (10.4 ") XGA Dual Touch LCD, 80GB Shock‑mounted HDD, 2GB, Wi‑Fi, Bluetooth, Contactless SmartCard/RFID Reader, Fingerprint Reader, 2D Barcode Reader (reads 1D and 2D), Camera, Toughbook Preferred
Lightweight, Durable and Ideal for the Healthcare Environment
Based on Intel's reference design, Panasonic's Toughbook H1 Health mobile clinical assistant (MCA), features a bright 10.4" dual touch display that offers both tablet and touchscreen functionality and has an IP65 certifed1 design. Weighing only 3.4 lbs, with hot-swappable twin batteries, this mobile computing platform features an 80GB shock-mounted flex-connect hard drive, the latest Intel® mobile processor technology, embedded wireless capabilities, and is designed to meet the specific needs of healthcare professionals.
Unique Technology
The Toughbook H1 Health was created to be the kind of tough MCA that helps busy healthcare professionals do their job efficiently. With a dual touch display, stylus data entry, Wi-Fi and Bluetooth® wireless communications functions, it is effortless to update patient data on the go. In addition, the H1 Health's special rugged design means it is durable and easily sanitized.
Hot-Swappable Twin Batteries
In healthcare, every second counts. The H1 Health is equipped with an impressive six hours of battery life, which can be extended further by taking advantage of its hot-swappable twin battery design. With its hot-swappable design, the H1 Health comes standard with two identical batteries. This design can provide unlimited hours of use by giving users the ability to change one of the H1 Health's batteries with the unit still on. By avoiding the need to shut down to change a battery, critical time can be saved.
Ergonomic Strap and Dome Hand Support
The Toughbook H1 Health was also designed to be used while standing during shifts whether in a hospital or patient visit. That's why it features an ergonomic strap and dome hand support.
This strap is wider in the middle and uses a urethane material, which provides elasticity, as well as a comfortable fit that is not too tight. In addition, the bottom of the PC is designed with a contoured dome that envelops your palm to provide the support you need for comfortable long-term use. The dome on the bottom of the PC was designed with the hand in mind as the hand forms a cup shape naturally when it is relaxed. These innovative designs enable the PC to be held for long periods without fatigue.
Fanless Design
The H1 Health employs a fanless design that prevents the entry of cleaning solutions during sanitization, minimizes noise, weight, points of failure and the risk of sucking in and expelling dust and airborne particulates. The fanless design is capable of channeling the heat generated by the CPU so that the unit is cool to the touch.
Magnesium Alloy Chassis
The H1 Health strikes just the right balance between ruggedness and mobility. Its body is fabricated from lightweight but extremely strong reinforced polycarbonate that has 200 times more impact strength than glass and 6 times more than acrylic resin. Inside, the PCB is protected by a magnesium alloy plate that has been proven to withstand 3 foot drops. Weighing in at just 3.4 pounds, the H1 Health is light enough to carry around, yet strong enough for all those bumps along the way.
Reinforced Locking Port Covers
Computer sockets are direct openings that invite interior damage from water and particles. To decrease this risk, Panasonic designed a secure interface cover specifically for the Toughbook H1. Generously coated with a durable resin to ensure firm contact and excellent sealing, the cover features a catch that slides it into position and locks it into place which prevents the cover from opening accidentally.
Chemical Resistant
In order to endure frequent sanitization, the H1 Health must withstand contact with alcohol, or hypochlorous acid. The common resin films used in most LCD touch panels would soon deteriorate if exposed to alcohol for any period of time. As a result, the H1 Health was designed using a glass film on the touch panel instead.
Gobi™ Mobile Broadband
With new Gobi™ mobile broadband technology from Qualcomm, Panasonic Toughbook® mobile computer users can connect globally using Panasonic's next-generation wireless computers. Users can take advantage of high-speed 3G mobile internet networks to increase productivity and reduce downtime, while securing a reliable connection virtually anywhere a cell phone can be used. And, with the Panasonic Carrier Selection Application (CSA) software platform, users are able to select or change to the best carrier for any geographic area.
